360KW High Voltage EV Charger

High-voltage EV chargers provide high-power, high-efficiency, and safe fast charging solutions to meet the charging needs of electric vehicles in different scenarios. To meet the needs of various electric vehicles and scenarios.

High-voltage EV charger design concept

▶ High power output: The design goal of high-voltage EV chargers is to provide extremely high charging power to achieve fast charging and shorten charging time.

▶ Charging efficiency: The design focuses on high efficiency to reduce energy waste, reduce charging costs, and reduce the burden of charging stations on the power grid.

▶ Multiple charging interfaces: High-voltage chargers usually support multiple charging interfaces to adapt to different electric vehicle models, such as CHAdeMO, CCS, Type 2, etc.

▶ Safety: Chargers should have advanced safety features, such as overcurrent protection, overheating protection, short circuit protection, etc., to ensure the safety of users and vehicles.

▶ Communication and intelligent functions: Chargers are usually equipped with communication modules to realize intelligent functions such as user identification, remote monitoring, and metering of electric energy usage, and can also coordinate the charging process to adapt to the grid load.

360KW high voltage charger applicable models

1. High-end electric vehicles (BEV and PHEV): Provide high-power charging, suitable for high-end electric vehicles to accelerate charging speed.

2. Long-distance trips: High-voltage chargers are often located at key locations on long-distance trips to provide fast charging services so that electric vehicles can replenish their range faster.

3. Public charging stations: High-voltage chargers are often used in public charging stations to meet the charging needs of a variety of electric vehicles.

High voltage DC electric vehicle charger compatible models

High Voltage DC EV Charger Charging Standard

1. IEC 61851: As an international standard for charging equipment, IEC 61851 ensures the interoperability and safety of chargers.

2. Charging interface standards: High-voltage chargers usually need to comply with charging interface standards in different countries and regions, such as CHAdeMO, CCS, Type 2, etc.

3. Safety standards: High-voltage chargers need to comply with international electrical safety standards to ensure user safety. This includes features such as over-current protection, over-temperature protection, short-circuit protection, and more.

Features of 360KW DC high voltage charger

▶ An ideal fast charging solution for EV with 150~1000V battery

▶ Liquid cooling and up to 500A output current

▶ Modular design for easy installation and maintenance

▶ Split type design improve user comfort

▶ 7” touch screen and friendly HMI interface could support English, French, Russian and Spanish

▶ OCPP1.6 JSON

▶ IK10, IP55

▶ Customization available

CATEGORY		SW SERIES
Model Name		SW-C360-1000-E1	SW-E360-1000-E1
AC Input	Input Rating	400VAC ± 15%
	AC Input Connection	3P + N + PE
	Max. Input Current (A)	660A
	Frequency (Hz)	45~65
	Power Factor	>0.99 @ 50% or higher load
	Efficiency (%)	94
DC Output	Output Voltage Range	150 ~1000VDC
	Max. Output Current	500A
	Output Power Range(kW)	360kW
	Voltage Accuracy (%)	± 0.5
	Current Accuracy (%)	± 1
User Interface & Control	Display	7 inch touch screen
	Push Buttons	Emergency Stop
	User Authentication	RFID system ISO / IEC14443A/B
	Display Information	Charging process and status / Alarm and warning messages
Communication	External	Ethernet/4G/3G
	Internal	CANbus / RS485
Environmental	Operating Temperature (°C)	-30 ~ +50, power derating from 50 and above
	Humidity (%)	5 ~ 95 RH, non-condensing
	Altitude (m)	≤2500
	IP Level	IP54	IP55
	Cooling method	Liquid cooling
Mechanical	Dimension(WxDxH mm)	8208001980
	Weight(kg)	≤650	≤150
	Cable Length(m)	5
Protection	Input Protection	OVP, OCP, OTP, OPP, UVP, Residual current detection, Surge protection, Cabinet-open detection (real door)
	Output Protection	SCP, OVP, OCP, OTP, UVP, Residual current detection
Regulation	Certificate	CE
	Safety	IEC 61851-1:2017, IEC 61851-23, IEC 61851-24,
	Charging Interface	DIN70121, ISO15118